Oxygen Sensor Gasket

Advanced Ceramics Series

Oxygen Sensor Talc Rings

Sinopride oxygen sensor talc rings provide compression sealing and electrical insulation around ceramic sensing elements.
Available in both sintered and non-sintered options, they can be customized in formulation, shape and dimensions to meet different sensor designs and assembly requirements.
Technical Specifications

Oxygen Sensor Talc Rings

Product Code Material System Weight Tolerance Operating Temperature Leakage Rate Processing Type
SH100 Talc-Based ±2% ≤800 ℃ <0.1 mL/min Non-sintered
SH035 Talc-Based ±2% ≤800 ℃ <0.1 mL/min Sintered at 650℃
SH425 Talc-Based ±2% ≤800 ℃ <0.1 mL/min Sintered at 650℃

Typical Applications

 
  • Glass-to-metal-sealed Connectors
    Automotive NOx Sensors
  • Glass-to-metal-sealed TO Packages
    Automotive Oxygen Sensors
  • Smart Watch Casebacks
    Motorcycle Oxygen Sensors
What Can Sinopride Talc Rings
Bring to Your Application?
 
  • 中傲新瓷
    Reliable Sealing Performance

    A mature and stable formulation supports consistent compressibility and sealing performance across different sensor applications.

  • Consistent Compressibility

    Controlled granulation helps maintain uniform particle size and material consistency, supporting consistent compressibility during sensor assembly.

  • 中傲新瓷
    Precise & Consistent Fit

    Standardized process control enable ±2% weight tolerance and ±1% dimensional control, supporting precise and consistent fit across production batches.

  • Field-Proven Reliability

    Sinopride talc rings have been tested and used by customers in automotive and industrial sensor applications over extended periods.

What Makes Sinopride Oxygen Sensor Talc Rings Reliable?

Sinopride integrates materials formulation, granulation, forming, sintering, and quality control to maintain consistent performance from raw materials to finished talc rings.
Both sintered and non-sintered products are supported by controlled manufacturing processes and long-term customer application experience.
Role of Talc Rings in Oxygen & NOx Sensors
 
  • 中傲新瓷
    Stable Internal Sealing

    Talc rings from a compressed sealing layer around the sensing element, helping maintain a stable internal seal.

  • 中傲新瓷
    Seal Integrity Under Demanding Conditions

    The compressed sealing structure helps maintain seal integrity during temperature changes and demanding sensor operating conditions.

  • Long-Term Sensor Reliability

    Stable sealing helps reduce seal degradation and supports reliable sensor operation over extended service periods.

  • 中傲新瓷
    Supports Reliable Sensor Operation

    By maintaining a stable seal around the sensing element, talc rings supports consistent sensor operation in engine and emissions monitoring systems.

What Should You Consider
When Selecting Talc Rings?
 
 

Sintered vs. Non-Sintered Options

Talc rings are available in sintered and non-sintered forms.The appropriate option should match the sensor structure, assembly process, and sealing requirements.

Compression & Sealing Behavior

In compression-sealing designs, the talc ring is compacted during assembly to fill the space around the sensing element and form a stable sealing layer.

Thermal Stability

The sealing structure should maintain its integrity during elevated-temperature operation and repeated temperature changes in oxygen and NOx sensors.
Choose Sinopride:
Reliable Talc Ring Manufacturing For Sensor Applications
Sinopride supports oxygen and NOx sensor applications with integrated material development, manufacturing, quality control, and custom production capabilities.
We provide sintered and non-sintered talc rings with customizable formulations, shapes, and dimensions to meet different sensor designs and production requirements.
30+
Years of Experience
20+
Members of QC Team
11+
Members of R&D Team
600+
Annual Production in Tonnes
39+
Patents Granted
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